Open AccessAn Analysis of Carbon Sequestration from Green Surfaces in Durres City
Author(s) -
Osman Metalla,
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Marsida Klemo,
Azem Hysa,
Elvis Cela,
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Publication year - 2021
Publication title -
international scientific conference eraz. knowledge based sustainable development
Language(s) - English
Resource type - Conference proceedings
ISSN - 2683-5568
DOI - 10.31410/eraz.2021.383
Subject(s) - environmental science , greenhouse gas , green infrastructure , carbon sequestration , climate change , scale (ratio) , population , biomass (ecology) , environmental engineering , environmental protection , forestry , geography , carbon dioxide , environmental planning , geology , cartography , environmental health , ecology , oceanography , biology , medicine
In recent years the urban population in Durres city has grown exponentially, leading to an increase of CO2 and consequently contributing on a large scale to climate change. Urban trees are basic to sequester CO2 emissions as they incorporate carbon in their biomass. The amount of C02 sequestration from green surfaces in Durres city was 50.13 ∙ 106 kg/year instead of 116.35 ∙ 106 kg/year that it should be. Increasing the amount of green vegetation, the energy that can be stored will be 3.7 ∙ 105 MWh compared with the actual value of 162,48 MWh. Consequently, water carrying capacity will be 2321 times more than the amount of water needed to maintain the present public green spaces. These data can be used to help assess the actual and potential role of green trees in reducing atmospheric CO2, a dominant greenhouse gas. This study was conducted under the project “Green lungs for our cities - Alternative and comprehensive platform for monitoring air quality, noise pollution and urban greenery to affect policies at the local level”. Measurements were performed with the cooperation of Eper Center, professors and students of “Aleksander Moisiu” University.